CP3BT23 Datasheet, PDF (226/260 Pages) Texas Instruments – CP3BT23 Reprogrammable Connectivity Processor with Bluetooth and Dual CAN Interfaces

Symbol
Parameter
Conditions
Min
Max
Units
I_L
High Impedance Input Leakage Current
0V ≤ Vin ≤ IOVcc -5.0
5.0
µA
(for ADC0/TSX+, ADC1/TSY+, ADC2/TSX-,
ADC3/TSY-)
I_O(Off)
Output Leakage Current
(I/O pins in input mode)
0V ≤ Vout ≤ Vcc -2.0
2.0
µA
Icca1 Digital Supply Current Active Mode ^d
Vcc = 2.75V,
IOVcc=3.63V
20
mA
Iccprog Digital Supply Current Active Mode ^e
Vcc = 2.75V,
IOVcc = 3.63V
20
mA
Iccps Digital Supply Current Power Save Mode ^f
Vcc = 2.75V,
IOVcc =3.63V
4
mA
Iccid
Iccq
Digital Supply Current Idle Mode ^g
Digital Supply Current Halt Mode ^g,h
Vcc = 2.75V,
IOVcc = 3.63V
Vcc = 2.75V,
IOVcc = 3.63V,
20°C
2
mA
150
µA
a. Guaranteed by design
te ^{b. Characterized not tested in production.}
c. Some pins not tested for leakage due to I/O structure.
d. Run from internal memory (RAM), Iout = 0 mA, X1CKI = 12 MHz, PLL enabled (4×), internal system clock is
24 MHz, not programming Flash memory
e. Same conditions as Icca1, but programming or erasing Flash memory page
le f. Running from internal memory (RAM), Iout = 0 mA, XCKI1 = 12 MHz, PLL disabled, X2CKI = 32.768 kHz,
device put in power-save mode, Slow Clock derived from XCKI1
g. Iout = 0 mA, XCKI1 = Vcc, X2CKI = 32.768 kHz
h. Halt current approximately doubles for every 20°C.
29.3 ADC ELECTRICAL CHARACTERISTICS (Temperature: -40°C ≤ T_A ≤ +85°C)
o _Symbol
Parameter
s ^V_PREF
V_NREF
ADC Positive Reference Input ^a
ADC Negative Reference Input ^a
ADC Input Range ^a
b Clock Frequency
t_C
Conversion Time (12-bit result)
INL
Integral Non-Linearity
O ^DNL
Differential Non-Linearity
Conditions Min
Typ
Max Units
2
2.75 V
0
0.25 V
V_NREF
V_PREF V
12
MHz
14
µs
±2 LSB
±0.7 LSB
C_ADCIN Total Capacitance of ADC Input ^a
9
20 pF
C_ADCINS Switched Capacitance of ADC Input ^a
8
10 pF
R_ADCIN Resistance of ADC Input Path ^a
0.1
12 kohm
C_ADCIN Total Capacitance of ADC Reference Input ^a
50
100 pF
C_ADCINS Switched Capacitance of ADC Reference Input ^a
8
10 pF
R_ADCIN Resistance of ADC Reference Input Path ^a
0.2
0.6 kohm
a. Guaranteed by design
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